JP5302548B2 - palette - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To securely prevent, by a simple configuration, a drum can from slipping or falling from a deck and falling over and to facilitate checking of a placing position for a drum can when placing it on the deck. <P>SOLUTION: In each of four sections 2a into which the surface part of the deck 2 of the pallet 1 is sectioned by dividing the surface part of the deck in half in the lengthwise and widthwise directions in a plan view, an imaginary circle 4 with a radii equal to that of a drum can 3 is drawn around almost the center of each section 2a. In a position corresponding to approximately 1/2 of two sides of the sections 2a of the deck 2 which are adjacent to each other via their corner parts, an outside slip preventing member 5 is disposed so as to extend inside and outside the imaginary circle 4 across the corresponding imaginary circle 4. <P>COPYRIGHT: (C)2009,JPO&amp;INPIT

Description

  The present invention relates to a pallet that prevents slipping when a drum can is placed.

  Conventionally, a non-slip material such as a grommet or a rubber band is provided on the surface of the deck portion of a synthetic resin pallet to prevent the slip, or as disclosed in Patent Document 1, the anti-slip material is provided on the deck portion. There is known a pallet formed integrally.

  Generally, since the bottom surface of a placement object placed on the pallet has a flat surface, when the placement object is placed on the deck portion of the pallet, some part of the flat bottom surface is placed on the anti-slip material. Therefore, the anti-slip effect can be surely exhibited.

  However, in the drum can, an annular rib projects downward on the outer periphery of the bottom surface, and only this annular rib is placed. Therefore, in the case where the anti-slip material is simply provided on the surface portion of the deck portion, the probability that the annular rib protruding from the lower surface of the drum can is placed on the anti-slip material is low. In particular, when the pallet on which the drum can be placed stops moving due to the stop of the forklift or the stopper of the automatic warehouse, the pallet stops, but the drum can is heavy, so it is easy to slip due to inertia at the moment of stopping. Not only is it heavy, but because it is tall and has a high center of gravity, when the drum can slide due to inertia, the opposite side to the direction of travel will slip and the annular rib on the bottom surface of the drum will advance. Only a small part of the direction will come into contact with the deck part and slide while tilting. In this respect as well, if the deck part is only provided with a non-slip part, the above-mentioned annular rib is attached to the anti-slip material. It is impossible to prevent the drum from slipping down while applying a brake with a non-slip material in a state where only the front end portion in the traveling direction is placed securely.

  Therefore, it is conceivable to provide a non-slip material on the entire surface of the deck portion. However, this causes a problem that the amount of expensive anti-slip material used is large and the cost is increased.

  Further, Patent Document 2 discloses that four drum can fitting grooves are formed in the deck portion of the pallet, and the annular rib on the lower surface of the drum can is fitted into the drum can fitting groove.

  However, in the conventional example shown in Patent Document 2, since the annular rib is fitted in the fitting groove, there is an advantage that positioning can be accurately performed when placing on the deck portion. When the loaded pallet stops moving due to the stop of the forklift or the stopper of the automatic warehouse, as described above, due to the inertial force trying to move to the drum can which is heavy, tall and high in the center of gravity As described above, a force acts to float on the opposite side of the traveling direction. However, since the annular rib is fitted in the fitting groove as described above, the lower end of the drum can be tilted in the traveling direction without moving, and the tilt is increased, and in some cases, the drum can may fall down. There is.

Moreover, without using a non-slip material, there is also a thing in which a rib is integrally projected on the deck portion of the pallet with the same hard synthetic resin as the deck portion and the slip is prevented by the rib. Since the rib is made of a hard synthetic resin integrated with the deck portion, a metal made like a drum can and only the annular rib on the lower surface is placed has a problem that it is more slippery than an anti-slip material.
Japanese Patent Publication No. 7-37044 JP 2001-130571 A

  The present invention was invented in view of the above-described conventional problems, and can reliably prevent a drum can from sliding down or falling from the deck portion with a simple configuration. It is an object of the present invention to provide a pallet that can easily check the placement position when placing a drum.

In order to solve the above problems, the pallet according to the present invention is divided into four sections 2a by dividing the surface portion of the deck section 2 of the pallet 1 into two parts in the front-rear direction and the left-right direction in plan view. The virtual circle 4 having the same radius as the radius of the drum can 3 is drawn around the approximate center of each compartment 2a, and each of the two sides of the compartment 2a adjacent to each other through the corner of the deck portion 2 of the virtual circle 4 is drawn. An anti-slip material 5 on the outside is provided at a position corresponding to the half position and extends across the virtual circle 4 to the inside and outside of the virtual circle 4, and the virtual circle 4 facing the anti-slip material 5 on both outsides. At the position, an inner anti-slip material 7 extending across the virtual circle 4 and extending inside and outside the virtual circle 4 is provided, and the outer anti-slip material 5 and the inner anti-slip material 7 are connected to the center 0 of the virtual circle 4. It is characterized by being arranged in a cross direction centered on the.

When the drum can 3 is placed on the deck portion 2 of the pallet 1, the drum can 3 is placed in each of the four compartments 2 a by dividing into two parts in the front-rear direction and the left-right direction in plan view. In addition, the drum can 3 is placed in an accurate position by placing a part of the annular rib 3a on the lower surface of the drum can 3 on the two outer slip preventing materials 5 and the two inner slip preventing materials 7. At the same time, the annular rib 3a is placed on the outer and inner anti-slip materials 5 and 7 in this positioning state, so that the anti-slip can be surely performed. In this case, since the two outer anti-slip members 5 and the two inner anti-slip members 7 are provided so as to extend across the virtual circle 4 to the inside and outside of the virtual circle 4, Even if there is a slight shift in the mounting position, a part of the annular rib 3a on the lower surface of the drum can 3 can be securely mounted on the anti-slip materials 5 and 7 on the outer and inner sides. In addition, when the pallet on which the drum can be placed stops moving due to the stop of the forklift or the stopper of the automatic warehouse, the inertia force that tries to move in the direction of travel to the drum can which is heavy, tall and high in the center of gravity is The opposite side of the moving direction acts and tries to slide, but at this time, in the present invention, each of the two sides of the partition 2a adjacent to each other through the corners of the deck portion 2 of the virtual circle 4 in the present invention. Since the two outer anti-slip members 5 are provided to extend to the inside and the outside of the virtual circle 4 across the virtual circle 4 at a position corresponding to the position of approximately 1/2, With the front end in the traveling direction of the annular rib 3a placed on any of the stoppers 5, the drum 3 tends to slide in a forward tilted posture in which the opposite side to the traveling direction is floated due to the inertia, For this reason, While the can 3 is tilted forward in the direction of travel, the outer anti-slip material 5 is stopped a little while being braked by the outer anti-slip material 5, and this causes the anti-slip material to slip slightly. It can be prevented from slipping as it falls from the deck part 2, and since the lower end does not slide at all in the forward tilted posture where the rear end of the moving direction floats as in the conventional case, it falls into a steeper falling posture and falls. Such a situation can be prevented. Moreover, when the movement direction of the pallet 1 is changed by 90 ° and the movement is stopped as described above, the other anti-slip material 5 out of the two outer anti-slip materials 5 has the same anti-slip action as described above. I do. In addition, since the outer anti-slip material 5 and the inner anti-slip material 7 are arranged in the cross direction, the two outer anti-slip materials 5 and the inner two anti-slip materials 5 are positioned at 90 ° apart on the virtual circle 4. Since the two anti-slip members 7 are positioned, the drum can 3 can be easily positioned and the drum can 3 can be reliably prevented from slipping. Also, the drum can 3 can be prevented from slipping by the inner slip prevention material 7 when traveling in the direction opposite to the traveling direction.

  Further, it is preferable to provide an intermediate anti-slip material 6 extending between the inside and outside of the virtual circle 4 across the virtual circle 4 between the anti-slip materials 5 on both outer sides of the virtual circle 4.

With such a configuration, the drum can 3 can be placed on the outer and inner anti-slip materials 5 , 7 and the intermediate anti-slip material 6, and the drum can 3 can be stably prevented from slipping. Further, when the pallet on which the drum can 3 is placed stops moving due to the stop of the forklift or the stopper of the automatic warehouse, the progress of the annular rib 3a on the lower surface of the drum can 3 which is inclined forward in the traveling direction due to inertia as described above. The front end of the direction slides a little while stopping on the outer anti-slip material 5 and stops. In this case, the drum 3 may swing in a direction crossing the traveling direction, but the intermediate anti-slip material 6 can be further braked to increase the anti-slip effect.

  Further, an intermediate anti-slip material 6 extending between the inside and outside of the virtual circle 4 across the virtual circle 4 between the pair of outer anti-slip materials 5 and the pair of inner anti-slip materials 7 of the virtual circle 4 is provided. It is preferable to provide it.

  With such a configuration, the drum 3 can be more reliably prevented from slipping. Further, when the movement of the pallet on which the drum can 3 is stopped due to the stop of the forklift or the stopper of the automatic warehouse, the traveling direction of the annular rib 3a on the lower surface of the drum can 3 is inclined forward by the inertia as described above. The front end of the slid on the outer anti-slip material 5 while slipping a little while stopping. In this case, the drum 3 may swing in a direction crossing the traveling direction, but the touch can be suppressed by the intermediate anti-slip material 6.

Moreover, it is preferable that the outside of the virtual circle straddling the virtual circle 4 of the intermediate anti-slip material 6 is longer than the outside of the virtual circle 4 straddling the virtual circle 4 of the outer anti-slip material 5. With such a configuration, even if the drum can 3 protrudes from the pallet 1, the anti-slip effect is provided by the intermediate anti-slip material 6.

In order to solve the above problems, the pallet according to the present invention is divided into four parts by dividing the surface part of the deck part 2 of the pallet 1 into two parts in the front-rear direction and the left-right direction in plan view. 2a, a virtual circle 4 having the same radius as the radius of the drum can 3 is drawn around the approximate center of each section 2a, anti-slip materials are arranged at a plurality of locations on the virtual circle 4, and these anti-slip materials are The virtual circle 4 may be characterized by being arranged in the outer portion of the deck portion 2 more than the inner portion. Further, the plurality of anti-slip materials on the virtual circle 4 include an outer anti-slip material 5, and the outer anti-slip material 5 is a section adjacent to the virtual circle 4 via the corner of the deck portion 2. It may be provided at a position corresponding to approximately half of each of the two sides of 2a so as to extend across the virtual circle 4 to the inside and outside of the virtual circle 4.

The present invention, are heavy, a higher center of gravity is higher drum the back, in the landmark slip material can be placed easily and accurate placement position, moreover, ensures that slip drums In particular, when the pallet on which the drum can be placed stops moving due to the stop of the forklift or the stopper of the automatic warehouse , even when the sliding force due to inertia acts in the forward direction, in Rukoto stopped by a little slipped while applying the brake in the non-slip material can absorb a slip of the stoop by the inertial force, that the drums to fall Rukoto and slide down from the pallet, it can be reliably prevented .

  Hereinafter, the present invention will be described based on embodiments shown in the accompanying drawings.

  The pallet 1 is formed of a synthetic resin, and includes a deck portion 2 for placing an object to be placed and a plurality of girders 8, and a fork insertion portion 9 is formed between the girders 8.

  The pallet 1 includes a four-way type and a two-way type, but any type may be used in the present invention. FIG. 1 shows an example of two-way insertion.

  In addition, as the pallet 1, an integral mold pallet that is molded entirely by synthetic resin integral molding, an upper half body, and a lower half body are separately molded, and the upper half body and the lower half body are integrally welded. However, in the present invention, the pallet is not limited to any one of these types. Furthermore, the pallet 1 may be made of metal or wood.

  Further, as the pallet 1, a double-sided use type capable of placing a placement object on a double-sided deck portion 2, and a single-sided use type capable of placing a placement object only on the top deck portion 2 However, the present invention is not limited to any one of these types.

  2 and 4 to 12 show plan views of examples of the pallet 1 of the present invention. In the present invention, the surface portion of the deck portion 2 for placing the object to be placed is divided into four compartments 2a by dividing the surface portion of the deck portion 2 in the front-rear direction and the left-right direction by the virtual lines 10 and 11, respectively. Furthermore, a virtual circle 4 having the same radius as the radius of the drum can 3 (for example, the radius of the drum can 3 is 585 mm or less) is drawn around the center O of each section 2a, and an inner side of the virtual circle 4 is straddled across the virtual circle. It is characterized in that it is provided with a non-slip material made of a soft synthetic resin such as an elastomer extending outward and rubber. The anti-slip material is softer than the pallet 1 and has a higher frictional resistance.

  The imaginary lines 10 and 11 and the imaginary circle 4 are imaginary lines and circles for specifying the position where the anti-slip material is provided in the deck portion 2 and are not actually provided in the deck portion 2, but are necessary. If present, the virtual lines 10 and 11 and the virtual circle 4 may be displayed so as to be visible on the deck unit 2.

  In any of the embodiments, in the present invention, as a non-slip material, at least at a position corresponding to the position of approximately one half of each of the two sides of the adjacent section 2a through the corner of the deck section 2. An anti-slip material 5 on the outside is provided for each.

  In the embodiment shown in FIG. 4, an example in which the outer non-slip material 5 is provided at a position corresponding to approximately a half position of each of the two sides of the adjacent section 2 a via the corner of the deck section 2. It is.

  Further, in FIGS. 2 and 6 to 9, in addition to the two outer anti-slip materials 5, the virtual circle 4 straddling the virtual circle 4 at each virtual circle 4 position facing the outer anti-slip materials 5. The anti-slip material 7 on the inner side and the outer side of the imaginary circle 4 is provided on the virtual circle 4 in the cross direction with the center 0 of the virtual circle 4 as the center. An anti-slip material 7 is provided. By providing the inner anti-slip material 7 in this manner, the drum can 3 can be prevented from slipping even when traveling in the opposite direction (when traveling in the direction of the inner anti-slip material 7).

  In addition, in the embodiments of FIGS. 2, 5, 7 to 9, the virtual circle 4 is straddled between the anti-slip materials 5 on both outer sides of the virtual circle 4 in addition to the two outer anti-slip materials 5. This is an example in which an intermediate anti-slip material 6 extending between the inside and the outside of the virtual circle 4 is provided.

  In addition, in the embodiment shown in FIGS. 2, 8, and 9, in addition to the two outer anti-slip materials 5, the two inner anti-slip materials 7, and the intermediate anti-slip material 6, the virtual circle 4 This is an example in which an intermediate anti-slip material 6 extending between the inner side and the outer side of the virtual circle 4 across the virtual circle 4 is provided between the outer anti-slip material 5 and the inner anti-slip material 7.

  By forming the outer anti-slip material 5 up to the outer periphery of the pallet 1, the outer anti-slip material 5 is used until it jumps out of the pallet 1 against the sliding of the drum can 3. Further, by forming it at a necessary location, the amount of expensive elastomer used is not so small and rainwater that causes slipping does not accumulate.

  Each of the above-mentioned anti-slip materials is not limited to a belt-like material that extends in the radial direction passing through the center of the virtual circle 4, and is adjacent to each other through the corner of the deck portion 2 of the virtual circle 4 as shown in FIG. A wide shape elongated in a direction parallel to a tangent line passing through a position corresponding to a position corresponding to approximately half of each of the two sides of the section 2a, or a round shape as shown in FIG. 11, or an outer shape as shown in FIG. It is possible to adopt a substantially fan-shaped one with a wider width.

  The non-slip material made of soft synthetic resin such as elastomer, rubber or the like is formed by so-called two-color molding in which the part of the anti-slip material is simultaneously formed with the soft synthetic resin when the pallet 1 is formed with the hard synthetic resin, Alternatively, an anti-slip material is formed by attaching a grommet or a rubber band to the deck portion 2 of the pallet 1 as a retrofit. When the drum can 3 is supported by a small number of anti-slip materials, the amount of the annular rib 3a of the drum can 3 sinking into the anti-slip material becomes deep, leading to resistance when starting to slide.

  The anti-slip material is provided so as to protrude slightly above the surface of the deck part 2 or provided so as to be flush with the surface of the deck part 2.

  In order to place the drum can 3 on the pallet 1 provided with the anti-slip material on the deck portion 2 having the above-described configuration, the four drum cans 3 are placed on the surface portion of the deck portion 2 as shown in FIG. It is. That is, a total of four drum cans 3 are placed one by one in each of the four sections 2a by dividing the surface of the deck section 2 into two parts in the front-rear direction and the left-right direction in plan view. .

  In order to place the drums 3 in the respective sections 2a, the plurality of anti-slip materials provided in the respective sections 2a are used as marks, and the drums 3 are placed so that the annular rib 3a at the lower end of the drum can 3 is placed on the anti-slip material. . That is, as described above, the anti-slip material is located on the virtual circle 4 having the same radius as that of the drum 3 with the approximate center of each compartment 2a as the center, and therefore, a plurality of anti-slip materials provided in each compartment 2a. If the annular rib 3a is placed on this as a mark, the drum can 3 can be placed at a predetermined position where the drum can 3 of the section 2a is to be placed. Moreover, when the drum can 3 is placed at a predetermined position in this way, the annular rib 3a of the drum can 3 is always placed on the anti-slip material, and the anti-slip is surely made. Further, since the anti-slip material extends across the virtual circle 4 to the inside and outside of the virtual circle 4, the annular rib 3a of the drum can 3 is prevented from slipping even if there is a slight error in the placement position during the placement operation. It is placed on the material to prevent slipping.

  The effect of stopping the drum can 3 by the anti-slip material in the present invention is the anti-slip effect when an external force is applied to the drum can 3 when the pallet 1 is not moved, the case where the pallet 1 is moved by a forklift, or an automatic warehouse Although there is an effect of preventing the drum 3 from slipping when moving along the conveyance path, in the present invention, particularly when the pallet on which the drum 3 is mounted is stopped by a forklift stop or an automatic warehouse stopper, the drum 3 Is excellent in the effect of suppressing the sliding in the forward direction in the traveling direction due to inertia.

  That is, when the pallet 1 on which the drum can 3 is placed stops moving due to the stop of the forklift or the stopper of the automatic warehouse, an inertial force acts on the drum can 3 in the traveling direction. When the inertial force is applied, the drum 3 is heavy, tall and has a high center of gravity. Therefore, when the inertial force in the moving direction is applied to the drum 3 standing vertically as shown in FIG. The other side floats, and the front end of the annular rib 3a on the lower surface of the drum 3 is in a forward leaning posture in which only the grounding end is grounded, and as shown in FIG.

  In this case, in the present invention, the virtual circle 4 straddles the virtual circle 4 at a position corresponding to approximately half of each of the two sides of the adjacent section 2a via the corner of the deck portion 2. Since the two outer anti-slip members 5 are provided so as to extend inside and outside the virtual circle 4, the drum can 3 placed on the section 2a located on the front side in the traveling direction of the pallet 1 is Therefore, the portion of the annular rib 3a that contacts the front end in the traveling direction is always on one of the two outer anti-slip materials 5 (that is, the outer anti-slip material 5 positioned in the traveling direction). And tries to slide in a forward leaning posture in which the opposite side to the traveling direction of the annular rib 3a is floated and inclined.

  Therefore, while the drum 3 is inclined forward in the traveling direction, the outer anti-slip material 5 is braked by the outer anti-slip material 5 while being braked, as shown in FIG. 13C, and stopped. When the drum can 3 is stopped while moving forward, the drum 3 that has stopped in the forward tilted posture is placed at the stop position by a gravity action on the side opposite to the traveling direction, and is in a vertical posture as shown in FIG. Return (moves in the traveling direction from the solid line state of FIG. 14 to the imaginary line state and stops).

  In this way, the drum can 3 in the forward leaning posture is slightly advanced while applying a brake by the outer anti-slip material 5 with only the front end portion of the annular rib 3a in the traveling direction being placed on the outer anti-slip material 5. Since it stops, the inertial force of the drum can 3 in the forward leaning posture can be effectively absorbed to prevent the drum can 3 from slipping down from the deck portion 2 and to prevent the drum can 3 from falling over.

  Further, when the movement direction of the pallet 1 is changed by 90 ° and the movement is stopped as described above, the other anti-slip material 5 of the two outer anti-slip materials 5 has the same anti-slip action as described above. I do.

  Here, when the movement of the pallet on which the drum can 3 is stopped due to the stop of the forklift or the stopper of the automatic warehouse, the advancement of the annular rib 3a on the lower surface of the drum 3 that has been inclined forward in the traveling direction due to inertia as described above. The front end of the direction slides and stops a little while applying brakes on the outer anti-slip material 5. In this case, the drum can 3 is moved forwardly in the forward direction by the inertial force as described above. 3 may swing in a direction crossing the traveling direction, but the virtual circle 4 is formed between the anti-slip members 5 on both outer sides of the virtual circle 4 as in the embodiments of FIGS. 2, 5, 7 to 12. In the case where the intermediate anti-slip material 6 extending between the inner side and the outer side of the virtual circle 4 is provided, the drum 3 is swung in the direction intersecting the moving direction as described above, and the front end of the annular rib 3a in the moving direction Part is outside Even if it floats with respect to the detent material 5, the other part of the annular rib 3a immediately rests on the intermediate anti-slip material 6 to suppress the vibration and the front end portion of the annular rib 3a in the advancing direction is again an outer non-slip Restoration so as to be placed on the material 5 and braking in the advancing direction will result, and as a result, even if the drum can 3 is shaken, it can be reliably prevented from slipping. Further, it is not thrown out to the outside of the pallet 1.

  In this case, as shown in FIGS. 2, 8, and 9, the virtual circle 4 is straddled across the virtual circle 4 between the anti-slip material 5 on the outside of the virtual circle 4 and the anti-slip material 7 on the inside. In the case where the intermediate anti-slip material 6 extending in the direction is provided, the forward end of the annular rib 3a of the drum can 3 moves forward while braking on the outer anti-slip material 5 due to inertial force. When touching the direction crossing the direction, the outer side anti-slip material 5 on which the front end portion in the traveling direction of the annular rib 3a is placed is centered on the outer side as described above. An anti-slip material 6 in the middle between the anti-slip material 5 and the other outer anti-slip material 5 serves to suppress the vibration, and the outer anti-slip material 5 and the inner side against the other side vibration. The anti-slip material 6 in the middle of the anti-slip material 7 works to suppress vibration and In this case, the front end portion of the annular rib 3a in the traveling direction is more reliably restored so as to be placed on the outer anti-slip material 5, and the braking is applied in the traveling direction. Slip prevention can be surely done.

  Here, the intermediate anti-slip material 6 located between the outer anti-slip materials 5 and the virtual circle 4 of the intermediate anti-slip material 6 located between the outer anti-slip material 5 and the inner anti-slip material 7. The outer portion is formed longer than the outer portion of the virtual circle of the outer anti-slip material 5, so that even if the drum can 3 protrudes from the pallet 1, it slips by the intermediate anti-slip material 6. There is a stopping effect.

  Further, as shown in FIGS. 2 and 6 to 9, the anti-slip material 5 on both outer sides and the anti-slip material 6 on both inner sides are provided on the virtual circle 4 in the cross direction around the center O of the virtual circle 4. In the thing, the annular rib 3a of the lower surface of the drum can 3 is mounted in a more accurate position, and has a more stable anti-slip effect.

  Moreover, it is good also as a structure which continues a some slipper material integrally. One embodiment of this case is shown in FIG. As described above, in the structure in which the anti-slip materials are integrally formed continuously, when the plurality of anti-slip materials are formed on the deck portion 2, a plurality of anti-slip materials can be easily formed by two-color molding. Moreover, it can prevent that several anti-slip | skid material peels separately.

  In FIG. 2, all of the plurality of anti-slip materials provided in all the sections 2 a of the deck portion 2 are configured to be integrated continuously. However, a plurality of anti-slip materials may be configured to be integrated continuously for each section 2 a. .

  Also, one of the outer anti-slip materials 5 and the intermediate anti-slip material 6 may be combined together, or the outer anti-slip material 6 and the intermediate anti-slip material 6 may be combined together, or the intermediate anti-slip material 6 may be integrated. The stop material 6 and the outer anti-slip material 7 may be combined and integrated, or a plurality of types of anti-slip materials may be combined and integrated. The integral method may be connected by a straight line or a curved line. In particular, when the curved line is connected, the position where the drum can 3 is placed becomes clear.

  FIG. 10 shows an example in which a plurality of anti-slip materials are connected by a curved connecting portion. In this embodiment, it is an example which connected by the arc-shaped connection part 30 which became the curve shape by making the adjacent anti-slip | skid material into a pair, and also in this example, the inner non-slip | slipping material 7 which became the back-to-back of the adjacent division 2a is shown. They are also connected together. And in each division 2a, the four arc-shaped connection parts 30 are located on the circle centering on the center 0 of the division 2a.

  Although not shown, a plurality of belt-like anti-slip materials are provided on the top surface of the deck portion 2 in the front-rear direction of the deck portion 2 and are provided in a total length in the front-rear direction. An anti-slip material 5 on the outer side, an intermediate anti-slip material 6, and an inner anti-slip material 7 may be formed by providing anti-slip materials over the entire length in the front-rear direction.

  Further, in the case where the anti-slip material protrudes from the surface of the deck portion 2, it is placed so that a part of the annular rib 3a of the drum can 3 bites into each anti-slip material protruding from the deck portion 2. Thus, the anti-slip effect can be exhibited.

  Here, when only two outer anti-slip materials 5 are provided as anti-slip materials as shown in FIG. 4, or two outer anti-slip materials 5 and both are provided as shown in FIGS. If each of the anti-slip material 6 is provided between the anti-slip material 6 and the anti-slip material protrudes from the surface of the deck portion 2, the drum can 3 is attached to the anti-slip material in each section 2a of the deck portion 2. When a portion of the annular rib 3a is placed, a portion opposite to the portion between the anti-slip members 5 on both outer sides of the annular rib 3a is placed on the deck portion 2, whereby the drum can 3 is mounted on the deck portion 2. It is mounted in a posture slightly inclined toward the substantially central portion side. As described above, when the drum can 3 is placed in a position slightly inclined toward the substantially central portion of the deck portion 2, the drum can 3 hardly slides outward, and proceeds to the drum can 3 when the pallet 1 is stopped. Even if the inertial force of the direction acts, it becomes difficult to tilt forward in the traveling direction, the floating height on the opposite side to the traveling direction can also be reduced, and the drum can 3 slides down from the deck portion 2 or falls over. Can be prevented.

  The pallet 1 according to the present invention has the above-described functions and effects by placing the drum can 3 as described above, but is used for placing other various placed objects other than the drum can 3. Of course you can.

It is a perspective view of one embodiment of the pallet of the present invention. It is a top view same as the above. It is a perspective view of the state which mounted the drum can same as the above. It is a top view of other embodiments of the present invention. It is a top view of other embodiment of this invention. It is a top view of other embodiment of this invention. It is a top view of other embodiment of this invention. It is a top view of other embodiment of this invention. It is a top view of other embodiment of this invention. It is a top view of other embodiment of this invention. It is a top view of other embodiment of this invention. It is a top view of other embodiment of this invention. Explanatory drawing explaining stopping a little while applying a brake with an outer non-slip | skid material, when a drum can try to slide in a forward leaning posture by inertia, when the progress of the pallet which mounted the drum can of the present invention is stopped It is. It is a top view same as the above.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Pallet 2 Deck part 2a Section 3 Drum can 3a Annular rib 4 Virtual circle 5 Outer anti-slip material 6 Middle anti-slip material 7 Inner anti-slip material

Claims (6)

The surface of the deck part of the pallet is divided into four parts by dividing the surface part in the front-rear direction and the left-right direction in plan view, and the virtual part having the same radius as that of the drum can centered on the approximate center of each part. a circle, said imaginary circle, the position corresponding to the respective positions of substantially 1/2 of the two sides of the compartment adjacent via the corners of the deck, the inner and outer imaginary circle across virtual circle respectively An anti-slip material on the outer side extending to the outer side, and an anti-slip material on the inner side extending to the inner side and the outer side of the virtual circle across the virtual circle are provided at the virtual circle positions facing the outer anti-slip materials on the outer sides. An anti-slip material and an inner anti-slip material are arranged in a cross direction with the center of the virtual circle as the center . 2. The pallet according to claim 1, wherein an intermediate non-slip material extending between the inside and outside of the virtual circle is provided between the anti-slip materials on both outer sides of the virtual circle. An intermediate anti-slip material is provided between the pair of outer anti-slip materials and the pair of inner anti-slip materials of the virtual circle, and extends between the inner and outer sides of the virtual circle across the virtual circle. The pallet according to claim 1 or 2. 4. The outer side of the virtual circle straddling the virtual circle of the intermediate anti-slip material is longer than the outer side of the virtual circle straddling the virtual circle of the outer anti-slip material. Palette. The surface of the deck part of the pallet is divided into four parts by dividing the surface part in the front-rear direction and the left-right direction in plan view, and the virtual part having the same radius as that of the drum can centered on the approximate center of each part. Draw a circle, arrange anti-slip materials at a plurality of locations on the virtual circle, and arrange these anti-slip materials on the outer part of the deck part of the virtual circle more than the inner part. Palette to do. The plurality of anti-slip materials on the virtual circle include an outer anti-slip material, and the outer anti-slip material is an abbreviation of each of two sides of the virtual circle adjacent to each other through the corner of the deck portion. The pallet according to claim 5, wherein the pallet is provided at a position corresponding to the position of ½ so as to extend inside and outside the virtual circle across the virtual circle.

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